A soil-turning irrigation system for greenhouse vegetable planting and its automatic soil-turning irrigation method

Abstract

The invention relates to a greenhouse vegetable planting soil aeration irrigation system and an automatic soil aeration irrigation method thereof. The system comprises a moving device, a soil aerationdevice and an irrigation device, wherein the lower end of the middle of the moving device is provided with a soil aeration device, and the upper end of the middle of the moving device is provided with an irrigation device. The greenhouse vegetable planting soil aeration irrigation system and the automatic soil aeration irrigation method thereof have the advantages that the problems are solved that existing greenhouse cultivation requires manual soil aeration and irrigation, a person stands stably on the soil difficultly during work due to the facts that the surface of the soil is uneven and the soil softness degree is different, thereby increasing the work difficulty, the person can only turn over the soil in turn during soil aeration due to the fact that the area of a cultivated land istoo large, so that the process is slow and the soil cannot be fully turned, the person usually personally waters the greenhouse by means of tools during irrigation, the poured out water easily wets the person, the person works on the muddy soil difficultly, the process takes a long time, and the labor intensity is high and the efficiency is low; the function of automatically turning and irrigatingthe soil of the cultivated land in the greenhouse can be achieved.

Description

technical field [0001] The invention relates to the technical field of agricultural greenhouse planting, in particular to a soil-turning irrigation system for greenhouse vegetable planting and an automatic soil-turning irrigation method thereof. Background technique [0002] Greenhouse vegetable planting is a vegetable planting technology. This technology is a scientific planting method. Greenhouse planting can prolong the growth period of vegetables. Planting in advance and delaying growth can improve the quality of vegetable products and increase production, which is beneficial to the growth of vegetables. Balanced supply throughout the year is conducive to the industrialization of vegetable production. Vegetables grown in greenhouses are not restricted by seasons, and have the characteristics of breaking time differences, space differences, and geographical differences. How to efficiently turn the soil and irrigate has become a difficult problem. Nowadays, it is necessary...

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Problems solved by technology

[0003] In order to solve the above problems, the present invention provides a soil-turning irrigation system for greenhouse vegetable planting and its automatic soil-turning irrigation method, which can solve the need for manual soil-turning and irrigation in existing greenhouses. The process is cumbersome and complicated. The soil is uneven and the degree of softness of the soil varies. It is difficult for personnel to stand firmly on the soil, which increases the difficulty of the work. When turning the soil, due to the large area of ​​the cultivated land, the personnel can only turn the cultivated land one by one, and the process is slow. Moreover, the soil cannot be completely turned over. When irrigating, the personnel usually use tools to water the greenhouse in person. The poured water is easy to wet the staff, and it is difficult for the staff to work on the muddy soil. The process takes a long time and is labor-intensive. Low efficiency and other problems can realize the function of automatic soil turning and irrigation for the cultivated land in the greenhouse, automatic walking on the soil in different situations, automatic comprehensive soil turning, automatic irrigation, no need for personnel to work on the soil, and no personnel will be injured. In wet conditions, it takes less time, and has the advantages of simple operation, low labor intensity and high work efficiency.

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